Rolls-Royce opens first Ship Intelligence Experience Space
Rolls-Royce has opened the first in a series of ship intelligence experience spaces to show its customers, suppliers and partners how the latest digital solutions can transform the marine industry, the company said in its press release.
The first Intelligent Asset Management (IAM) experience space, opened today in Ålesund, Norway, demonstrates how ship intelligence systems can harness the “power of data” to optimise fleet operations, reduce operating costs and improve maintenance procedures.
The IAM space provides an area for Rolls-Royce customers to validate the advantages of using IAM systems, such as the Rolls-Royce Energy Management (EM) and Equipment Health Management (EHM) portals in real-time, operational environments.
Split into two distinct areas – an “Intelligent Analytics Centre Collaborative Canvas area” and a “Fleet Management Command Centre” – the IAM Experience Space will showcase the Rolls-Royce range of digital products designed to support its customers in the management of their vessels and fleets.
The facility also provides a work space in which Rolls-Royce and its customers can hone existing digital solutions and collaborate on the development of new ones to meet their individual requirements.
The Fleet Management Command Centre area, meanwhile, is a proof-of-concept for a future product that puts all the information a fleet manager needs at their fingertips. The command centre is fitted out with an intuitive touch interface and a floor-to-ceiling, six-metre-wide curved screen to display collected ship data via systems such as the Rolls-Royce EM and EHM portals.
The EMH portal, to be officially introduced next year, uses “Machine Learning” algorithms to flag-up any anomalies in the sensor data coming in from machinery and systems onboard a vessel, in a real-time, live operating environment. This information can then be used to make informed decisions to take more effective and pre-emptive action.
The concept of real-time machinery data is common in the aviation industry where aero-engine performance information is critical to safe operation. However, until recently bandwidth availability and cost have been barriers to the concept being rolled out across the marine industry.
